public ValueDisruptorProducerFactory(int producerCount, int itemsToProduce, TaskScheduler scheduler, ValueDisruptor <ChannelsBenchmark.ValueEvent> disruptor)
{
_producerCount = producerCount;
_itemsToProduce = itemsToProduce;
_scheduler = scheduler;
_disruptor = disruptor;
}
public void SetUp()
{
_ringBuffer = null;
_delayedEventHandlers = new List <DelayedEventHandler>();
_taskScheduler = new StubTaskScheduler();
_disruptor = new ValueDisruptor <TestValueEvent>(() => new TestValueEvent(), 4, _taskScheduler);
}
public void SetUp()
{
_ringBuffer = null;
_delayedEventHandlers = new List <DelayedEventHandler>();
_executor = new StubExecutor();
_disruptor = new ValueDisruptor <TestValueEvent>(() => new TestValueEvent(), 4, _executor);
}
private ValueDisruptor <ValueEvent> CreateValueDisruptor(ProducerType producerType, int ringBufferSize, TaskScheduler scheduler)
{
var valueDisruptor = new ValueDisruptor <ValueEvent>(() => new ValueEvent(), ringBufferSize, scheduler, producerType, new BusySpinWaitStrategy());
valueDisruptor.HandleEventsWith(_eventProcessor);
valueDisruptor.Start();
return(valueDisruptor);
}
public void SetupValueDisruptor()
{
Setup();
if (SubscriberCardinality == Cardinality.Single)
{
_valueDisruptor = CreateValueDisruptor(ProducerType.Single, _ringBufferSize, SubscriberScheduler);
}
else
{
_valueDisruptor = CreateValueDisruptor(ProducerType.Multi, _ringBufferSize, SubscriberScheduler);
}
}
public EventProcessorFactory(ValueDisruptor <TestValueEvent> disruptor, IValueEventHandler <TestValueEvent> eventHandler, int sequenceLength)
{
_disruptor = disruptor;
_eventHandler = eventHandler;
_sequenceLength = sequenceLength;
}
public TempEventHandler(ValueDisruptor <TestValueEvent> disruptor, long[] remainingCapacity)
{
_disruptor = disruptor;
_remainingCapacity = remainingCapacity;
}
public static void SetupDisruptor()
{
_disruptor = new ValueDisruptor <ValueEvent>(() => new ValueEvent(), ringBufferSize: 1024);
_disruptor.HandleEventsWith(new ValueEventHandler());
_disruptor.Start();
}
